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2014 Point Standings
After Bahrain
Championship Standings:
1 Nico Rosberg 61
2 Lewis Hamilton 50
3 Nico Hulkenberg 28
4 Fernando Alonso 26
5 Jenson Button 23
6 Sebastian Vettel 23
7 Kevin Magnussen 20
8 Valtteri Bottas 18
9 Sergio Perez 16
10 Daniel Ricciardo 12
11 Felipe Massa 12
12 Kimi Raikkonen 7
13 Jean-Eric Vergne 4
14 Daniil Kyvat 3

Wins:
1 Lewis Hamilton 2
2 Nico Rosberg 1

Pole Positions:
1 Lewis Hamilton 2
2 Nico Rosberg 1

Podium Finishes
1 Nico Rosberg 3
2 Lewis Hamilton 2
T3 Jenson Button 1
T3 Kevin Magnussen 1
T3 Sebastian Vettel 1
T3 Sergio Perez 1

Qualifying Average
1 Lewis Hamilton 1.33
2 Nico Rosberg 2.33
3 Daniel Ricciardo 3.33
4 Fernando Alonso 6.33
5 Kevin Magnussen 7.00
6 Kimi Raikkonen 8.00
T7 Nico Hulkenberg 8.67
T7 Sebastian Vettel 8.67
9 Jenson Button 9.33
10 Valterri Bottas 9.67
11 Felipe Massa 10.00
12 Jean-Eric Vergne 10.33
13 Daniil Kyvat 11.33
14 Sergio Perez 11.67
15 Esteban Gutierrez 15.67
16 Adrian Sutil 16.67
17 Romain Grosjean 17.67
18 Kamui Kobayashi 18.00
19 Pastor Maldonado 18.67
20 Jules Bianchi 19.00
21 Max Chilton 20.00
22 Marcus Ericsson 21.00

Fastest Laps:
1 Nico Rosberg 2
2 Lewis Hamilton 1

Laps Led:
1 Lewis Hamilton 110
2 Nico Rosberg 60

Retirements
T1 Pastor Maldonado 2
T1 Marcus Ericsson 2
T1 Adrian Sutil 2
T1 Esteban Gutierrez 2
T1 Jean-Eric Vergne 2
T6 Lewis Hamilton 1
T6 Jules Bianchi 1
T6 Kamui Kobayashi 1
T6 Felipe Massa 1
T6 Romain Grosjean 1
T6 Sebastian Vettel 1
T6 Daniel Ricciardo 1

Times Advancing to Q3
T1 Nico Rosberg 3
T1 Lewis Hamilton 3
T1 Daniel Ricciardo 3
T1 Fernando Alonso 3
T1 Kevin Magnussen 3
T6 Valterri Bottas 2
T6 Kimi Raikkonen 2
T6 Felipe Massa 2
T6 Jenson Button 2
T6 Nico Hulkenberg 2
T11 Sergio Perez 1
T11 Daniil Kyvat 1
T11 Jean-Eric Vergne 1
T11 Sebastian Vettel 1

Manufacturer Statistics:
Constructors Championship:

1 Mercedes 111
2 Force-India Mercedes 44
3 McLaren-Mercedes 43
4 Red Bull-Renault 35
5 Ferrari 33
6 Williams-Mercedes 30
7 Toro-Rosso Renault 7

Wins:
1 Mercedes 3

Pole Positions:
1 Mercedes 3

Podium Finishes
1 Mercedes 5
2 McLaren-Mercedes 2
T3 Red Bull-Renault 1
T3 Force-India Mercedes 1

Fastest Laps:
1 Mercedes 3

Laps Led:
1 Mercedes 170


Qualifying Average by Team:
Rank Constructor Average

1 Mercedes 1.83
2 Red Bull 6.00
3 Ferrari 7.17
4 McLaren-Mercedes 8.17
5 Williams-Mercedes 9.83
6 Force-India Mercedes 10.17
7 Toro-Rosso Renault 10.67
8 Sauber-Ferrari 16.17
9 Lotus-Renault 18.17
T10 Marussia-Ferrari 19.5
T10 Caterham-Renault 19.5

Intra-Team Performance
Qualifying

Red Bull-Renault
Daniel Ricciardo 2
Sebastian Vettel 1

Mercedes
Lewis Hamilton 2
Nico Rosberg 1

Ferrari
Fernando Alonso 2
Kimi Raikkonen 1

Lotus-Renault
Romain Grosjean 3
Pastor Maldonado 0

McLaren-Mercedes
Jenson Button 1
Kevin Magnussen 2

Force India-Mercedes
Nico Hulkenberg 2
Sergio Perez 1

Sauber-Ferrari
Esteban Gutierrez 2
Adrian Sutil 1

Toro Rosso-Renault
Daniil Kyvat 1
Jean-Eric Vergne 2

Williams-Mercedes
Valtteri Bottas 1
Felipe Massa 2

Marussia-Ferrari
Jules Bianchi 2
Max Chilton 1

Caterham-Renault
Marcus Ericcson 0
Kamui Kobayashi 3

Race Performance
Red Bull-Renault
Daniel Ricciardo 1
Sebastian Vettel 2

Mercedes
Lewis Hamilton 2
Nico Rosberg 1

Ferrari
Fernando Alonso 3
Kimi Raikkonen 0

Lotus-Renault
Romain Grosjean 3
Pastor Maldanado 0

McLaren-Mercedes
Jenson Button 2
Kevin Magnussen 1

Force India-Mercedes
Nico Hulkenberg 2
Sergio Perez 1

Sauber-Ferrari
Esteban Gutierrez 0
Adrian Sutil 1

Toro Rosso-Renault
Daniil Kyvat 2
Jean-Eric Vergne 1

Williams-Mercedes
Valtteri Bottas 1
Felipe Massa 2

Marussia-Ferrari
Jules Bianchi 0
Max Chilton 3

Caterham-Renault
Marcus Ericsson 0
Kamui Kobayashi 2
Interesting facts about 2014 F1 Engines

Mercedes Q and A on 2014 F1 engines
Sunday, January 20, 2013

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The 2014 F1 power unit isn't really just an engine anymore
What can you tell us about the 2014 engine?

First of all, let’s mention the rules rather than the engine. For 2014, the rules specify a maximum race fuel allowance of 100 kg – compared to a typical race fuel load of around 150 kg today, although that’s not fixed by the rules.

That means we have one third less fuel to complete the same race distance with – and we want to do it at the same speed. So we need a powertrain that’s 30% more energy efficient.

And that’s where the new engine comes in?

Well, it’s not really just an engine any more. Without getting too technical, Article 1.22 of the Technical Regulations now refers to what’s called a ‘Power Unit’. This comprises an ICE (Internal Combustion Engine), an ERS (Energy Recovery System) and all the ancillaries needed to make them work.

But why a Power Unit? Well, today’s V8 essentially features a “bolt-on” KERS Hybrid system that was added during the engine’s life. The 2014 Power Unit has been designed with integrated hybrid systems from the very beginning.

Interesting. F1 loves jargon, so ICE and ERS sound just perfect. What do they mean?

The ICE is the traditional engine in the Power Unit package. 1.6 liter capacity, turbocharged, and with direct fuel injection at a pressure of up to 100 bar. Where the current engines rev to 18,000 rpm, the ICE is limited to 15,000 rpm from 2014.

As for ERS, it’s like KERS on steroids: not only can we still harvest energy from and deploy energy to the rear axle, we can now do the same from the turbocharger; the kinetic machine is called MGUK (Motor Generator Unit Kinetic) and the machine on the turbo an MGUH (‘h’ for heat).

In total, we are allowed to harvest and deploy energy at twice the power to the rear axle – so 161 hp compared to 80.5 hp today. And we are allowed to deploy ten times as much energy – 4MJ compared to 400 kJ. Simply put, that means a bigger power boost for a higher percentage of the lap.

And that’s what helps improve the efficiency?

Exactly. Part of the efficiency gain comes from the ICE, which runs at lower speeds with fewer moving parts than the V8 and the benefit of turbocharging; but the other part is to be found in the ERS.

Today, the fuel energy we combust in the engine then has one possible energy journey to improve system efficiency, via the KERS system.

In 2014, there will be up to seven possible energy journeys to keep energy within the vehicle rather than wasting it through the exhausts and brakes.

Sound pretty impressive. Will it be exciting for the fans?

We believe so. The target is to achieve the same power output of around 750 hp but to do so using around 30% less fuel.

In terms of sound, the engine note is not as loud as the current V8 because of two factors: the lower engine speed and the fact that the turbocharger sits in the exhaust flow, recovering energy from it that would otherwise be lost as heat and sound.

But because of the mechanical balance of a V6 engine, it also sounds sweeter. And we’re confident that fans will find it pretty exciting when they hear it at the track.

What impact will it have on the racing?

First of all, the engine is going to produce a lot more torque than the current V8 and over a wider power band.

That means the car is going to be grip limited on corner exit, in technical terms; in layman’s terms, they’re going to be a handful for the drivers.

The next point is that it will reward the most intelligent drivers - the fastest way to finish a race will not always be straightforward and the cleverest drivers will probably adapt fastest to the new challenges.

So will we see F1 turned into an economy run – or cars running out of fuel in the latter stages?

Unlikely. Managing fuel consumption is already a critical part of F1 and it will remain so in 2014; for example, did you know that our V8 can complete a race distance today using 11.6% less fuel than it did in 2006?

Today, teams are very good at monitoring fuel consumption: we track each injection of fuel into each cylinder so we know exactly how much fuel is being used. And there are over five million injections in an average race!

Ultimately, the smartest driver in the quickest car will be successful in 2014, which remains true to the fundamental challenge of Formula One. What we’re really doing is putting the ‘motor’ back into ‘motorsport’…

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